What problem does it solve?
Generic AI produces regulator-rejectable mining safety paperwork: vague hazard definitions, controls that default to personal protective equipment, unassigned actions, and leaked personal health data. This skill eliminates those failures by enforcing structured task intake, applying the hierarchy of controls, mandating de-identification of all sensitive data, and requiring SME review before any output is shared, while ensuring the mine team retains full ownership of all engineering judgement.
Core Features & Use Cases
- Structured Intake Workflow: Forces users to specify the named principal hazard, mine type, and existing controls before drafting, refusing vague requests that would produce generic, unusable plans.
- Hierarchy-Ranked Control Suite: Builds controls ranked from elimination to PPE, links critical controls to ICMM Critical Control Management (CCM) with performance and verification requirements, and flags any unjustified PPE/admin-only treatments of principal hazards.
- Assistive Workshop Support: Frames all output as multidisciplinary workshop structuring, not an autonomous plan, so the mine team retains full ownership of engineering decisions and competent person sign-off.
- Use Case: A mining safety manager can use this skill to structure a PHMP workshop for ground/strata failure at an underground metalliferous mine, get a risk-rated hazard analysis, and produce a de-identified, ICMM-aligned control suite ready for team review.
Quick Start
Use the principal-hazard-management-plan skill to structure a principal hazard management plan for the inrush hazard at your underground coal mine, providing your existing controls and monitoring data when prompted.
